Petri nets are a mathematical modeling language for the description of distributed systems. They are particularly effective to provide a synthetic, multi-layer graph-ical representation of processes, unveiling aspects such as iterative structures and concurrency. This paper aims to apply Petri nets to the formalization of a typical lesson in classical ballet. After analyzing the basic principles and the commonly accepted rules to structure a ballet class, we will define a net model that can be conveniently modified by changing either its initial marking or the network topol-ogy in order to take into account factors such as lesson duration, the age and skill level of dancers, etc. Such a model can be adopted also to automatically produce a lesson structure with customized features, as demonstrated by the final case study.
Modeling lessons in classical ballet through Petri Nets / A. Baratè, L.A. Ludovico, A. Piermattei - In: New Music Concepts / [a cura di] M. Della Ventura. - Prima edizione. - [s.l] : ABEditore, 2016 Sep. - ISBN 9788865512289. - pp. 63-73 (( Intervento presentato al 3. convegno International Conference on New Music Concepts tenutosi a Honk Kong nel 2016.
Modeling lessons in classical ballet through Petri Nets
A. Baratè;L.A. Ludovico;
2016
Abstract
Petri nets are a mathematical modeling language for the description of distributed systems. They are particularly effective to provide a synthetic, multi-layer graph-ical representation of processes, unveiling aspects such as iterative structures and concurrency. This paper aims to apply Petri nets to the formalization of a typical lesson in classical ballet. After analyzing the basic principles and the commonly accepted rules to structure a ballet class, we will define a net model that can be conveniently modified by changing either its initial marking or the network topol-ogy in order to take into account factors such as lesson duration, the age and skill level of dancers, etc. Such a model can be adopted also to automatically produce a lesson structure with customized features, as demonstrated by the final case study.File | Dimensione | Formato | |
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